Graphene provides astonishing features that make it a key element in the field of sports and toys: high flexibility, elasticity and increased hardness, lightness and weighing very little, the ability to self-repair and a positive chemical reaction with other substances.

A series of improved sporting and leisure goods are already on the market thanks to graphene:

More resistant and lighter tennis and badminton rackets made with a graphene composite.

Stiffer bicycle helmets that better allow the passage of air.

Much stronger and lighter bicycle frames.

Ski waxes that improve lubrication, the hydrophobic effect and the antistatic effect.

Graphene with "platelet" morphology, i.e. with an aspect ratio that is very thin in thickness but with a broad surface area. Due to their relatively small diameter, these graphene particles provide better dispersion with less of a barrier effect than the thicker Nanoplatelets.

Graphene with "platelet" morphology, i.e. with an aspect ratio that is very thin in thickness but with a broad surface area. Due to their relatively wide diameter, these particles of graphene provide a lower dispersion with a greater barrier effect than less thick Nanoplatelets.